What is embroidery digitizing? (and should you do it yourself?)

Embroidery digitizing is turning artwork into a stitch file: a list of needle positions, stitch types, thread colors and trims that your machine follows. Auto-digitizing software can draft a file from a simple image in one step, but good results usually need manual editing of stitch type, density, underlay and pull compensation. Learn it yourself if you will make many custom designs; hire a digitizer for a one-off logo, small text or tricky fabric.

Embroidery digitizing is the job of turning artwork into a stitch file, the set of instructions an embroidery machine follows. A JPG or PNG is only a picture made of pixels. A stitch file lists where the needle goes, in what order, with which stitch type and in which thread color. Someone, or some software, has to make those choices before a logo can stitch out.

You have three routes: learn to digitize, let auto-digitizing software draft the file, or pay a digitizer. The right one depends on how many custom designs you need and how exact the result must be. If you only stitch purchased or built-in designs, you do not need to digitize at all.

Hatch, Ink/Stitch and Brother PE-DESIGN are named below as examples. This site is not affiliated with any of them.

How artwork becomes a stitch file

Almost every digitizing program follows the same steps.

Start with clean artwork. A vector file (shapes and lines) or a large, sharp image with solid areas of color is easiest. Blurry, tiny or photo-style images leave the software guessing where one shape ends and the next begins.
Set the finished size and fabric. Decide the size first, for example a left-chest logo, and what it will be stitched on. A stitch file is built for a size, so enlarging or shrinking it a lot later can spoil the settings.
Give each shape a stitch type. Outlines become running stitch, narrow shapes and letters become satin, and large areas become fill.
Set direction, density, underlay and compensation. These control how the stitches lie, how close they sit, what supports them and how the fabric will pull. The next sections explain them.
Plan the stitch order. The software decides which part sews first, where the needle travels between parts and where threads are trimmed. Wikipedia notes that connector stitches link separate parts and can either show as jump stitches or be hidden under later stitching.
Export in your machine’s format. The file is saved as PES, JEF, DST or whichever type your machine reads. Converting a stitch file from one format to another is a different job from digitizing, and our guide to converting embroidery files covers it.
Stitch a sample. Run it on the same fabric and stabilizer you will use for the real job, then adjust. Very few files are perfect on the first stitch-out.

The stitch types digitizers use

Three stitch types do most of the work. The descriptions here follow Ink/Stitch’s documentation and Wikipedia’s summary of machine embroidery.

Stitch	How it looks	Typical use
Running stitch	A thin line of single stitches	Outlines, fine detail and travel between parts. Repeating each stitch (forward, back, forward) makes a bolder “bean” line
Satin stitch	Smooth bands of thread from one edge of a shape to the other	Letters, borders and narrow shapes
Fill (tatami) stitch	Rows of stitches sewn back and forth	Large areas of solid color

Satin works best on narrow shapes. Guides from digitizing software makers keep satin columns under roughly 0.3 to 0.4 in (8 to 10 mm). Wider areas risk long, loose threads that snag, so digitizers switch to a fill, split the long stitches or use a patterned stitch.

Smaller stitches do the housekeeping. Lock stitches at the start and end of a section stop thread from unraveling, and trims cut the thread between parts.

Density, underlay and pull compensation

These three settings separate a file that stitches cleanly from one that puckers, breaks thread or lets fabric show through.

Density is how close stitches sit. Stitch density is usually set as the gap between rows. Digitizing guides commonly start fill spacing for standard 40-weight thread at about 1/64 in (0.4 mm) between rows. Madeira’s guide says density has to be adjusted at the digitizing stage when you change thread weight, and the needle size may need to change too. Too tight can ripple the fabric, stiffen the stitching and break thread or needles; too loose lets fabric show through.

Resizing matters here. In tools that keep the same number of stitches when you resize, shrinking a design squeezes the same stitches into less space and enlarging it spreads them out. Row spacing follows the scale: at 80% the rows sit about 20% closer, and at 120% about 20% wider (simple arithmetic, not a maker’s figure). Small changes are often fine; large ones call for re-digitizing or a resize tool that recalculates the stitches. Our guide to resizing embroidery designs covers this, and the stitch count estimator shows why stitch counts climb quickly as designs grow.

Underlay is a hidden base layer sewn first. Underlay steadies the fabric and keeps the top stitches from sinking into soft or napped fabrics. Ink/Stitch says fill underlay usually runs at 90 degrees to the top rows, with much wider row spacing. Satin columns can use a center-walk (a running stitch down the middle and back, which may be all a thin column needs), contour (a running stitch up one side and back down the other) or a zig-zag (a looser satin column), and wide columns or tricky fabrics can use all three together. One software maker’s guide suggests wider spacing on delicate or stretchy fabrics and extra pull compensation on loose knits, pique, fleece and terry, which is one reason a design made for a canvas bag may not suit a T-shirt.

Pull compensation corrects for the way thread draws fabric inward. Pull compensation widens a shape slightly so it finishes at the size you drew, because satin stitches pull the fabric together and make the column narrower. Ink/Stitch also describes push compensation, which shortens a satin column at its ends, because stitches push outward and make it longer. Right amounts depend on fabric, stabilizer and thread, so treat any number you find online as a starting point and check it on a scrap.

Auto-digitizing vs manual digitizing

	Auto-digitizing	Manual digitizing
How it works	Software detects colors and shapes in an image and assigns stitches in one step	You trace or draw each shape and choose stitch type, angle and density yourself
Speed	Fast	Slow; a detailed design can take hours
Best for	Simple, flat-color logos and shapes, or a first draft	Small text, detailed logos, difficult fabrics, designs you must repeat exactly
Weak spots	It cannot judge your fabric, and fine detail or photo-like art often needs fixing	Takes skill and practice
Where it appears	Hatch lists it from its third tier of four, and Brother’s PE-DESIGN 11 page advertises Auto Punch and Photostitch wizards	Hatch’s top tier has manual tools, and Ink/Stitch is free

Hatch’s own description says you can edit a design after auto-digitizing, and that is the right way to treat the result: a draft, not a finished file. Both Hatch and Brother also list photo-style conversion (Hatch calls it Color PhotoStitch; Brother’s page says Photostitch), which is a separate effect from digitizing a logo.

Full digitizing suites can cost $1,000 or more; Hatch lists its top tier above that mark for new buyers. The embroidery machine software guide compares what the main options do, and our list of free embroidery software covers no-cost starting points.

How hard is it to learn?

Making a first design that stitches is quick. Making one that stitches cleanly on a T-shirt, a towel and a cap takes much longer, because each fabric calls for different underlay, density and compensation.

A sensible way to learn:

Begin with simple shapes and block letters. Solid shapes in one or two colors teach stitch direction and density without lots of detail.
Stitch a sample every time. Use the same stabilizer and fabric as the real job.
Change one setting at a time. Then you know what fixed it.
Use the training that comes with the software. Hatch lists lessons and a 30-day free trial on its site, and Ink/Stitch has a user manual, tutorials and a community forum.
Keep notes. A short log of fabric, stabilizer, thread and settings saves hours next time.

Digitize yourself or hire someone?

Do it yourself if	Hire a digitizer if
You will make many different designs	You need one logo, once
You want to edit or personalize purchased designs	The logo has small text or fine detail
You are starting a small business with regular new artwork	The job is a customer’s brand logo that must match exactly
You like experimenting and can spend time on sample stitch-outs	You stitch on caps, towels or stretchy fabric and do not yet know how to set them up
You want full control over the file	You need it quickly and the software costs more than the work is worth

If the artwork is not unique, there is a third route: buy a ready-made design. Our guide to where to find machine embroidery designs lists places to look.

Hiring a digitizer: costs and what to ask

Prices published by a few digitizing services run from about $10 to $125 per logo (checked October 2026). Some online services charge a flat price set by complexity or size rather than by stitch, with small logos at the low end and larger ones higher, and one lists delivery in 4 to 12 hours. The top of the range comes from a shop that includes three rounds of revisions.

When you order:

Send your best artwork. Vector files or large, sharp images work best. Add the finished size, the garment or fabric and your machine model.
Ask for your machine’s format. If you are unsure which type it reads, check your manual or our guide to converting files.
Ask for a proof before you approve. Some services include a PDF proof of the design.
Ask how many revisions are included. Terms differ a lot between services.
Check who owns the stitch file. Some shops say outright that the customer owns it.
Stitch a sample on your fabric. Even a good file may need small tweaks for your stabilizer and thread. If the fabric puckers, work out whether it is a hooping or stabilizer problem or a file problem before you ask for changes.

Stitch count drives stitching time and thread use, so ask for it with the file. For a rough planning figure before you commit, use the stitch count estimator linked above.

Frequently asked questions

What does it mean to digitize a file for embroidery?

It means converting artwork, such as a logo or drawing, into a stitch file that tells the machine where to place each stitch, which stitch type to use and when to change thread. A JPG or PNG alone cannot be stitched, because it holds pixels, not needle instructions.

Can I turn a JPG or PNG into an embroidery file for free?

Free tools exist, such as Ink/Stitch, an open-source program built on Inkscape, but you build the design from shapes and set the stitch types yourself. Renaming or converting a picture to PES or DST does not create stitches.

How much does it cost to have a logo digitized?

Prices published by a few digitizing services run from about $10 to $125 per logo, depending on size, complexity and how many revisions are included. Some online services charge a flat price per design rather than per stitch.

Is auto-digitizing good enough for a business logo?

It is a fast draft, and it can be enough for simple, flat-color shapes. Plan on checking the stitch-out and editing the result, and use a digitizer when small text, fine detail or an exact brand look matters.

Do I need digitizing software to use an embroidery machine?

No. You can stitch built-in or purchased designs without ever digitizing. You only need digitizing when you want to turn your own artwork into a design.